def test00_Preliminary_Requesites_Check(self):
IPV6 = CPD2_IPV6_FSU #CPD1_IPV6_AP
BPD_DUT = BPD2_BRICK_MAC_ID # BPD1_BRICK_MAC_ID
print "Get Image List...\n"
Nm.nm_get_image_list(sendMode, IPV6)
# get version str on device
print "Get Version Str...\n"
Nm.nm_get_version_str(sendMode, IPV6)
# Configure CPD to be able to proxy for BPDS: :
print "Configuring CPD for proper Proxy Mode on behalf of BPD...\n"
Nm.nm_configure_cpd(sendMode, IPV6, BPD_DUT)
# Display lls_nodeq:
print "Getting Link Layer Nodeq for the CPD and BPDs...\n"
rc = Nm.nm_show_BPD_LLS_Nodes(sendMode, IPV6)
# Get Random 5-digits Required ID to start communication
reqId = Nm.random_with_N_digits(5)
blobFileIn = CERTS_PATH + BLOB_FILE
privkeyFileIn = CERTS_PATH + PRIVKEY_FILE
#IPV6 = CPD_IPV6_AP
timeOut = 30
replyType = 5 # BC=0x1 + Blob=0x4 for nm.nm_sec_assoc assoc
replyType2 = '03' # HMAC, ShA256 for secured send comands
print "Validating & Checking certs ownership on devices... \'%s\'\n" % IPV6
rc = Nm.nm_validate_certs_ownership(sendMode, IPV6,
FULLY_DL_CHAINED_CERTS)
self.assertTrue('PASSED' in rc, "FAILED Certs Chain Verification")
print "Sleep for set CPD-2-BPD POLLING INTERVAL SETTING OF: \'%s\' seconds ..." % (
CPD_2_BPD_POLLING_INTERVAL)
time.sleep(CPD_2_BPD_POLLING_INTERVAL)
# Clear both the event and nlog for APP layer secure events:
rc = Nm.nm_clear_logs(sendMode, IPV6)
print rc
def setUp(self):
#self.certsTest = Widget('The widget')
sendMode = '-d'
timeOut = 60
#Nm.nm_discover_thy_neighbor(sendMode, CPD_MAC_ID, 30)
reqId = Nm.random_with_N_digits(5)
blobFileIn = CERTS_PATH + BLOB_FILE
privkeyFileIn = CERTS_PATH + PRIVKEY_FILE
IPV6 = CPD_IPV6_AP
replyType = 5 # BC=0x1 + Blob=0x4 for nm.nm_sec_assoc assoc
replyType2 = '03' # HMAC, ShA256 for secured send comands
# Configure CPD to talk to BPD:
Nm.nm_configure_cpd(sendMode, IPV6)
# Establihsing ALS connection and sendig first command via secured ALS
(seqNum, assocId, ss) = Nm.nm_establish_ALS_connection(sendMode, IPV6, timeOut=60, reqId=12345,
replyType=5, replyType2='03',
blobFileIn=CERTS_PATH + BLOB_FILE,
privkeyFileIn=CERTS_PATH + PRIVKEY_FILE)
self.assertTrue(self, (assocId !=0 or ss != ''), "Wrong response for ")
print "NIC info" sendMode = '-d' timeOut = 60 #Nm.nm_discover_thy_neighbor(sendMode, CPD_MAC_ID, 30) # Get Random 5-digits Required ID to start communication reqId = Nm.random_with_N_digits(5) blobFileIn = CERTS_PATH + BLOB_FILE privkeyFileIn = CERTS_PATH + PRIVKEY_FILE IPV6 = CPD_IPV6_AP replyType = 5 # BC=0x1 + Blob=0x4 for nm.nm_sec_assoc assoc replyType2 = '03' # HMAC, ShA256 for secured send comands # Configure CPD to talk to BPD: Nm.nm_configure_cpd(sendMode, IPV6) #Nm.nm_configure_cpd(sendMode, BPD1_IPV6_AP) #Nm.nm_configure_cpd(sendMode, BPD2_IPV6_AP) #Nm.nm_restart_now(sendMode, IPV6) #Dont want to restart now #Check Certs Ownership level of device: #print "Validating & Checking certs ownership on devices... \'%s\'" % BPD1_IPV6_AP #Nm.nm_validate_certs_ownership(sendMode, BPD1_IPV6_AP, FULLY_DL_CHAINED_CERTS) #print "Validating & Checking certs ownership on devices... \'%s\'" % BPD2_IPV6_AP #Nm.nm_validate_certs_ownership(sendMode, BPD2_IPV6_AP, FULLY_DL_CHAINED_CERTS) print "Validating & Checking certs ownership on devices... \'%s\'" % CPD_IPV6_AP Nm.nm_validate_certs_ownership(sendMode, CPD_IPV6_AP, FULLY_DL_CHAINED_CERTS) #Check that lls_nodeq has both BPD devices under test: